Article about RIVER in Techniques de l'ingénieur
Posted onAn article published in "Techniques de l'ingénieur" about RIVER technologies (in French). Read More
News
CO2 transformation, how does it work?
Posted onCARBON CAPTURE AND USAGE (CCU): CONVERTING WASTE CO2 INTO USEFUL PRODUCTS Seeking out profitable pathways to high-value added chemicals and materials made from the unwanted gas Discover how it works! By the Laboratory of Sustainable Chemistry and Health, Yncréa Hauts-de-France Read More
A 0 emission vessel, how does it work?
Posted on"After treatment" will enable the vessels having zero CO2 emissions. Separating CO2 from the engine exhaust gases. Compressing the CO2 to a liquid-like state. The liquid-like CO2 can be stored and transported to a suitable storage site. Read More
Oxyfuel combustion, how does it work?
Posted onThe main purpose for using oxy-fuel combustion is to generate flue gas with very high concentrations of CO2 and water vapour, making it possible to separate or capture the CO2 from the flue gas inexpensively. Read More
Capture et transformation du CO2 en molécules à haute valeur ajoutée - vidéo
Posted onVideo on capture and transformation of CO2 from fumes to produce molecules with high added value by Dr. Alina GHINET, presentation made during the Rev3 Energy Day forum. Laboratory: Laboratoire de Chimie Durable et Santé - Junia Read More
Newsletter 4
Posted onInstallation and Integration of an Oxyfuel Combustion Engine System with CO2 Capture and Storage Facilities on a Ship by Jens Ley and Klaus Bieker Read More
Newsletter 3
Posted onOXYGEN PRODUCTION ON THE CRT NARROWBOAT IN RIVER By Peter Dooley, Cleancarb sarl Luxembourg and Boualem Bakir , Yncrea Read More
Newsletter 2
Posted onInvestigation of Oxyfuel Combustion on Engine Performance and Emissions in a DI Diesel Engine By Raouf Mobasheri & Abdel Aitouche & Boualem Bakir, Department of Energies, Electricity and Automatic, CRIStAl-HEI – Yncréa HdF, Using oxyfuel combustion enables the increasingly expensive and complicated NOx after-treatment systems to be completely eliminated. It also offers good fuel economy and very low levels of particulate emissions. However, using pure oxygen instead of air, will accelerate the combustion process. With the heat release rate dramatically increased, it takes much shorter time to complete the entire heat release process. With such a high heat release rate, the flame temperature is expected to increase by around 500-800K. This necessitate a set of countermeasures to avoid overheating problems. Read More
Newsletter 1
Posted onCARBON CAPTURE AND USAGE (CCU): CONVERTING WASTE CO2 INTO USEFUL PRODUCTS Seeking out profitable pathways to high-value added chemicals and materials made from the unwanted gas By the Laboratory of Sustainable Chemistry and Health, Yncréa Hauts-de-France: Alina GHINET, Adrian NICA & Germain HOMERIN Read More